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Re: What will be the next technical growth leap for the average team?
I look at this a bit more philosophically...there is a great deal of technology out there that the average team knows about or has access to with ...(fill in your favorite search engine)...but the issue is and has always been how to replicate something on a team budget, max component value of $400, CAW max of $4000, or access to advanced manufacturing methods. I think the next leap forward will depend on whatever industry drives the price down on or whatever mass sponsorship resources start popping up.
I agree that the next most probable advance will be in motion control. We are already seeing integrated industrial linear and rotary servo motion falling below $400 and at power and load ratings useful to FRC teams. We are also seeing industrial and tech sponsors catching FIRST fever, from both philanthropic and smart leveraged marketing reasons, giving more manufacturing resources to local and global teams. Also, more teams are embracing CAD and modelling to accelerate the prototyping and design process.
So, my prediction is that the next wave, though less obvious and harder to measure, will be that the average team will make big leaps in build-to-print or build-to-model robot designs. We will see more off-the-shelf technology being integrated into designs as prices fall, and more CNC, laser or water-jet cut parts on the average robot. With social media and the HUGE repository of robot designs, robot reveals and match play videos, the need for testing specifics will decrease. I already see all of this happening in our district, and suspect that this will continue to grow.
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2016 | NC District Awards - Creativity x2, Industrial Design, Innovation in Control
2016 | NC District - Campbell University Winner, District Championship Winner, THOR Winner
2016 | Carson/Galileo - Creativity Award
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